xsdata.formats.dataclass.mixins module¶

class xsdata.formats.dataclass.mixins.Tag[source]¶

Bases: enum.IntEnum

An enumeration.

TEXT = 1¶

ATTRIBUTE = 2¶

ANY_ATTRIBUTE = 3¶

ELEMENT = 4¶

ANY_ELEMENT = 5¶

ROOT = 6¶

MISC = 7¶

classmethod from_metadata_type(meta_type)[source]¶

Return type: Tag

class xsdata.formats.dataclass.mixins.ClassVar(name, qname, type, tag, is_nillable=False, is_list=False, is_dataclass=False, default=None)[source]¶

Bases: object

name: str = None¶

qname: QName = None¶

type: Any = None¶

tag: Tag = None¶

is_nillable: bool = False¶

is_list: bool = False¶

is_dataclass: bool = False¶

default: Any = None¶

property is_attribute¶

property is_any_attribute¶

property is_element¶

property is_any_element¶

property is_text¶

property namespace¶

class xsdata.formats.dataclass.mixins.ClassMeta(name, qname, mixed, vars)[source]¶

Bases: object

name: str = None¶

qname: QName = None¶

mixed: bool = None¶

vars: Dict[QName, ClassVar] = None¶

property namespace¶

property any_text¶

Return type: Optional[ClassVar]

property any_attribute¶

Return type: Optional[ClassVar]

property any_element¶

Return type: Optional[ClassVar]

class xsdata.formats.dataclass.mixins.ModelInspect(name_generator=<function ModelInspect.<lambda>>, cache=<factory>)[source]¶

Bases: object

name_generator()¶

cache: Dict[Type, ClassMeta] = None¶

class_meta(clazz, parent_ns=None)[source]¶

Return type: ClassMeta

get_type_hints(clazz, parent_ns)[source]¶

Return type: Iterator[ClassVar]

static real_namespace(var, tag, parent_ns)[source]¶

Return type: Optional[str]

static default_value(var)[source]¶

Return type: Any

static real_type(type_hint)[source]¶

Return type: Tuple[bool, Type]